It looks to me like a fuzz face with some funky business going on with the input capacitor. As I interpret it the rotary switch allows you to select varying values of the input cap creating an odd sort of tone control. Its a sweet concept and I'd like to get it into a fuzz box for this guy.

1. I'd like some confirmation that this is in fact a fuzz face derivative with the rotary switch sorting through different input caps, I am not very proficient with schematics so I may very well be wrong2. Where does one get a switch like this and how do you wire it? I've done this same sort of concept with a dpdt switch to give options with different caps or diodes. I am not familiar with this kind of switch though.3. Any other ideas about how to get this sort of tone adjustment into a fuzz face? I'm open to being creative and don't have to stick to the Tweak Fuzz by the exact specs.

I'll start with a breadboard build and fool around from there. Once I get it all sorted out I'll put it into an enclosure via veroboard. Thanks in advance.

It's cake to wire. Instead of the center lug on a dpdt switch, there is a main lug (it is obvious. it's one of the center lugs).You wire from the input to that center lug and then each of your 3 or 4 (or more) caps to the outside lugs nearest to the center lug you chose. You can easily check continuity with a DMM.

If you need a pic, I'll try to take one later. I would just build a standard Fuzz Face (or any fuzz with input cap) and breadboard with the rotary switch. If you find that it clicks loudly, then go with this more elaborate schematic with the 100k's. I've had no big clicking problems yet...

Note: you can add the rotary to ANY cap in the circuit with varied results. Input & output are usually the ones, tho for hi/lo.

It looks to me like a fuzz face with some funky business going on with the input capacitor. As I interpret it the rotary switch allows you to select varying values of the input cap creating an odd sort of tone control. Its a sweet concept and I'd like to get it into a fuzz box for this guy.

1. I'd like some confirmation that this is in fact a fuzz face derivative with the rotary switch sorting through different input caps, I am not very proficient with schematics so I may very well be wrong2. Where does one get a switch like this and how do you wire it? I've done this same sort of concept with a dpdt switch to give options with different caps or diodes. I am not familiar with this kind of switch though.3. Any other ideas about how to get this sort of tone adjustment into a fuzz face? I'm open to being creative and don't have to stick to the Tweak Fuzz by the exact specs.

I'll start with a breadboard build and fool around from there. Once I get it all sorted out I'll put it into an enclosure via veroboard. Thanks in advance.

I've tried the similar circuitry with the input caps beginning from 270 pF (yes, 270 pF !) and up to 1 uF.Well, I have to confirm that it gives a lot of drastically different sounds which are worth installing 5-position switch.

There's also a way to have a "blendable" input cap using a pot and two caps, which allows you to basiclly dial in anything between the two cap values. I can't find a diagram for it right now, having trouble remembering what exactly to search for..

The above mentioned "blend methode" works absolutely different since it involves the series resitor to the input circuit. It controls mostly only low frequences level while switchable capacitors change resonant frequency of the tank formed by pickup inductance and input cap.Switching caps give much more bright and tight sound.

The above mentioned "blend methode" works absolutely different since it involves the series resitor to the input circuit. It controls mostly only low frequences level while switchable capacitors change resonant frequency of the tank formed by pickup inductance and input cap.Switching caps give much more bright and tight sound.

If you say so! I was just throwin it out there, just in case someone was interested.

I got the switch in, I ordered the 4 pole 3 way that was linked earlier in this thread. I'm wondering how I will wire it up. There are 4 terminals on the inner rung and 12 terminals on the outside rung. I found this picture online somewhere and was wondering if this matches my switch.

To my knowledge the 4 inner terminals serve as separate inputs that export to 3 of the terminals on the outer rung. I'm not too knowledgeable about how switches work however, and so I'm a little confused.

I got the switch in, I ordered the 4 pole 3 way that was linked earlier in this thread. I'm wondering how I will wire it up. There are 4 terminals on the inner rung and 12 terminals on the outside rung. I found this picture online somewhere and was wondering if this matches my switch.

To my knowledge the 4 inner terminals serve as separate inputs that export to 3 of the terminals on the outer rung. I'm not too knowledgeable about how switches work however, and so I'm a little confused.

Since you chose the 3 way you can get 3 different sounds.

You wire from the input to one of the 4 center lugs [the lugs right next to the letter] and then each of your 3 caps to the outside lugs nearest [same color] to the center lug you chose.

So, you will be using either one of the 4 colors. The other 3 colors remain unused.

I got the switch in, I ordered the 4 pole 3 way that was linked earlier in this thread. I'm wondering how I will wire it up. There are 4 terminals on the inner rung and 12 terminals on the outside rung. I found this picture online somewhere and was wondering if this matches my switch.

To my knowledge the 4 inner terminals serve as separate inputs that export to 3 of the terminals on the outer rung. I'm not too knowledgeable about how switches work however, and so I'm a little confused.

Yes, the picture you found matches your switch.. 4P3T.

Check out the Beavis Audio page on switches: http://www.beavisaudio.com/techpages/Switches/Scroll down to the "Roll your own Tone Stack" section - it shows a different switch (1 pole, 12 position), but hopefully you can see how to wire multiple caps.